Artificial intelligence has become part of a wider shift in digital learning. Schools, universities, and corporate training departments increasingly rely on software that automates tasks, personalizes lessons, and simplifies course management. According to Grand View Research, the global AI in education market was valued at $8.3 billion in 2025 and is projected to reach $57.2 billion by 2033. Researchers have linked that growth to demand for adaptive learning, intelligent tutoring systems, and cloud-based platforms. As organizations experiment with these technologies, software developers have sought ways to integrate content creation, learner support, and analytics within a single environment rather than relying on separate applications.
Among the companies operating in this field is Mexty, a French educational technology firm established in 2024 by Hubert Maupas and Fabien Sabatié. Computer scientist Soumya Banerjee serves as an advisor to the board. The company focuses on AI-based learning systems and software designed to automate parts of the content creation process. Rather than treating authoring, deployment, and learner management as separate activities, the platform combines them within a single framework. This approach reflects a broader pattern in education technology, where institutions and businesses have increasingly sought integrated software ecosystems that handle different stages of digital learning through a single interface.
A central element of the platform is its use of natural language inputs. Instead of requiring manual programming, users describe what they want to create through written prompts. According to Mexty, these prompts are processed by a built-in content engine that generates interactive educational assets. The system supports branching scenarios, conversational exercises, case studies, quizzes, digital flashcards, and scenario-based assessments. Such features are intended for use in academic environments and corporate training programs. The company describes this process as “vibe-coding for learning,” a term referring to creating learning materials through prompt-based interactions rather than traditional development methods.
Interactive learning has become an increasingly popular area of interest in educational technology. Market researchers have identified learning platforms and virtual facilitators as among the largest segments of the AI education market. The software’s interactive elements are intended to support different learning formats without requiring specialized coding knowledge.
Another part of the platform is a text-to-code parser that converts written descriptions into functioning interface modules. Users can edit those generated components manually after they are created. The process combines natural-language instructions with software-based generation, enabling changes without rebuilding the entire interface. According to the company, the objective is to simplify course development and reduce dependence on external design tools. The platform also includes what Mexty calls Source of Truth AI governance for education and enterprise learning. This framework is intended to organize and manage AI-generated content while maintaining consistency across different workflows and learning assets.
Behind the authoring tools is an infrastructure layer that supports course delivery and reporting. The software includes backend systems that track learner activity and collect analytics. These functions are aimed at educational institutions and corporate training departments that need visibility into participation and progress. Learner analytics have become increasingly important as organizations seek measurable information about training outcomes. Cloud-based systems have also expanded within the sector. According to Grand View Research, cloud deployment was one of the leading segments of the AI education market in 2025, reflecting a broader shift toward remote, digital-first learning environments.
Artificial intelligence is also used within the platform to support tutoring and adaptive learning workflows. Mexty states that these functions are intended to adjust learning experiences and provide assistance through automated processes. Adaptive learning has gained significant attention because it enables content to be adjusted to individual needs rather than following predefined paths. Personalized learning is recognized by researchers and technology companies as one of the most important factors behind the rapid development of AI education solutions. The company has combined those two features with the ability to create content, thereby integrating automated systems and educational content into a single platform.
The third version of the platform expanded its scope beyond authoring. Version three introduced Learning Management System capabilities that allow organizations to host and manage learning activities directly through the software. Institutions and businesses gained tools to monitor progress and manage course delivery without relying entirely on external systems. Interoperability remains an important issue in digital learning because many organizations continue to use different software environments. Mexty supports SCORM, a standard used for more than two decades to package and track digital learning materials. SCORM support allows courses to be exported or integrated into existing enterprise systems without requiring complete redevelopment.
The market in which AI-powered learning operates has been changing as educational institutions and companies invest in automated systems and personalized experiences. Each company responds to this change differently. Founded in 2024 by Hubert Maupas and Fabien Sabatié and advised by Soumya Banerjee, Mexty has been developing software that integrates prompt-based content generation, analytics, AI tutors, and course management into a single package. This process aligns with general trends in the educational technology industry to make digital learning processes easier and, at the same time, compatible with existing systems at schools, universities, and corporate training facilities.
